instrumentation and control systems 10Q3-for the system G(s)S(S+1)(0.02S+1)1. Draw bode plots.2. Is the system stable or not.3. Find G.M, Ph.M.

Answered: Image /qna-images/answer/115162a8-2115-4d69-9bac-2a63f0ffa901.jpg

Answered: Q3-for the system G(s) S(S+1)(0.02S+1)…

Engineering

Electrical Engineering

Q3-for the system G(s) S(S+1)(0.02S+1) 1. Draw bode plots. 2. Is the system stable or not. 3. Find G.M, Ph.M.

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter23: Resistive-inductive-capacitive Series Circuits

Section: Chapter Questions

Problem 1PA: You are an electrician working in a plant. A series resonant circuit is to be used to produce a high...

See similar textbooks

Related questions

Q: A 500 µH inductor, 80/π^2 pF capacitor and a 628 ohm resistor are connected to form a series RLC…

Q: 2) Construct the Bode magnitude & phase plots for: H(s) = 6(s+2)/[(s+1)(s+5)]

A: For the given transfer function, we have to construct the bode magnitude and phase plot.…

Q: mples: Plot the Bode of the following system:

Q: Find the bode plot

A: According to question: The magnitude of the given transfer function is calculated as…

Q: (b) A series RLC resonant circuit in a radio receiver system is supplied by a voltage source V =…

A: As per the guidelines of Bartleby we supposed to answer first three subparts of the question for…

Q: Bode plots for 4 different dynamic systems are reflected on the same graph. Please try to find out…

A: The transfer function from the bode plot can be derived by calculating the cut-off frequency of the…

Q: 2. For each of the Bode plots shown on the next two pages, what is your best estimate of the…

A: for the bode plot a According to the given magnitude plotStarting slope = 0 dB/decStarting point =…

Q: Find the bandwidth of a series resonant circuit having a resonant frequency of 6000 Hz and a Q, of…

A: Given data, A series resonant circuit is having Resonant frequency, fr=6000 Hz Quality factor, Qs=15

Q: Given the following low frequency equivalent circuit, estimate the low frequency -3dB point fL for…

A: We have given the following low frequency equivalent circuit, estimate the low frequency -3db point…

Q: Problem 4 Consider two systems G1(s), G2(s). 10(s+2) (a) The transfer function G,(s)=- is given,…

A: “Since you have asked multiple questions, we will solve the first question for you. If youwant any…

Q: 8. known system as follows. 10 G(s) s(s +1)(0.25 +1) plot Bode diagram and solve kg and y.

Q: b) Sketch the Bode Plot for the following transfer function: s+3 H(s) s(s + 1)

A: sketching a bode plot on pen and paper will give a rough idea about the plot. To find the exact bode…

Q: Q3/ Plot the Bode diagram of the below system 0. 1s(s+ 5) (s + 6)(s + 2) G(s)

A: Control systems are represented by transfer function. This can be written in both time domain and…

Q: A second order system has damping ratio 0.2 and natural frequency 10 rad/sec. Therefore resonant…

A: The resonant frequency in rad/sec is as follows: ωr=ωo2-2β2β=0.2ωo=10 rad/secωr=102-×20.22 =9.89…

Q: 5.8 For a parallel RLC resonant circuit, the damped frequency is V8 r/s and bandwidth is 2 r/s. What…

A: According to the question we have to find the value of the resonance frequency.

Q: The transfer function of a system is given by 25(+ 4) (r+1X-10) Draw the Bode diagrams (magnitude…

A: We need to draw Bode plot for the given transfer function Gs=25s+4ss+1s+10.

Q: 4. The frequency response of an RLC circuit is provided as jw +1 (jw+ 1)² + 9 H(juw): Use MATLAB to…

A: The frequency response of an RLC circuit is provided as, Hjω=jω+1jω+12+9 The above transfer function…

Q: 3. Perform the following steps for the given circuit in below. a) Find the fL.S, fLC and fLE b)…

A: (a) Calculating different frequencies VE=VB-0.7=1.8-0.7=1.1 V Ri = R1 || R2 || βre Ri=0.49 kΩ…

Q: Draw the bode plot for this system K G(s) = s3 + 10s2 + 49s + 150

A: In the question Open loop transfer function is given. Draw a bode plot i.e magnitude plot and phase…

Q: G(s)=150(6.25s+1)(s+7)/[s(46.875s+1)(s+5)(s+15)] Draw bode plot using straight line

A: The Transfer function of the system is given as G(s) = 150(6.25s+1)(s+7)s(46.875s+1)(s+5)(s+15)The…

Q: Q/Choose the true or false for the following sentences 1-The maximum admittance locus is any line…

A: 1 - False The maximum admittances are a line from origin extended to the point on the half of the…

Q: If the value of the inductance in a resonant circuit is quadrupled, what happens to the resonant…

A: Inductor is passive element that store energy in magnetic field. Capacitor is an electrical…

Q: Q7 For the network of Fig. 1.44: a- Determine fH; and fH.: b- Find fB and fT. c- Sketch the…

Q: S-2 G(s) = %3D (s +3)(s2 + 2s + 17) 1. Sketch the approximate Bode plot for the plant 2. Sketch the…

Q: Sketch the Bode Plot and determine the following 10 G(s) = s(1+0.4s)(1+0.1s) Determine the following…

Q: Q3/ Plot the Bode diagram of the below system 0. 1s(s + 5) G(s) (s + 6)(s + 2)

A: Control systems are represented by transfer function. This can be written in both time domain and…

Q: Q1/ Draw the bode plot below on the semi-log paper and find GM and PM for G(s)H(s) = 1…

A: The bode plot can be used to analyse the stability of the system in frequency domain.

Q: For the system described by the following differential equation: a. Plot the poles and zeros on the…

Q: .For the series RLC circuit shown below, find the resonant frequency wo = 2nfo. Also obtain the…

Q: has capacitance of 0.3µF, inductor with inductance 24mH and resistance 372. Calculate the value of…

A: Resonant frequency given by fr = 1/2π√LC Quality factor Q= 2πfrL/R

Q: 19. A parallel RLC circuit has a resonant frequency of 20, 000 rad/sec. If L is equal to 100 mH,…

A: Resonant frequency of a parallel RLC circuit is given by w=1/(root(LC)) rad/sec.

Q: Given the transfer function of a network is 35s? +350 H(s) = 2 s + 24s +128 (i) What are the…

Q: (3) Given the Bode magnitude and phase plots of a transfer function G(s) = q(s)/p(s), where the…

A: Note: As per the policy we can solve only one question, please re-upload the remaining question as a…

Q: For the network of figure below, if the mid- band voltage gain is (-2.47), answer the following: a.…

A: "Since you have posted a question with multiple sub parts we will solve first three subpart for you…

Q: Q1) Sketch Bode plots for 10000 s (a) L(s) = %3D (s+100)² s+8 (b) L(s) = s2+6s+8 1 (c) L(s) =…

A: (a) Write the given transfer function in terms of angular frequency.

Q: Consider the transfer function 1 1 (s?+0.14s +0.01 / 3² + 6s + 100, (a) Put G(s) in standard form…

A: The Bode plot or the Bode diagram consists of two plots − Magnitude plot Phase plot In both the…

Q: Question 3 The results of an open loop frequency response test are presented in Table Q3. o (rad/s)…

Q: 1. For the system shown below, do the following: R(s) + E(s) K(s + 5) sis2 + 4s +25) C(s) a. Sketch…

A: Given, The block diagram of the system is shown below,

Q: 3/(10) Marks: The Bode diagram of a compensator network is shown in Fig.3. 10 i-Describe the…

A: The Given is Compensator Network. Additional structures called compensation networks are sometimes…

Q: An RLC circuit of 20 ohms resistor, 10 µF capacitor and 5 mH inductor connected to a sinusoidal AC…

Q: Create a Bode plot of the circuit. Component: Value 1 Resistor R1 500 Q Resistor R2 1 kO Resistor R3…

Q: he following shows the Bode plot of the Lag compensator D(s). Estimate the value of a trom thể đata…

A: Given the bode plot of the lag compensator D(s). We need to estimate the value of α from the data…

Q: Sketch what the corresponding Bode plot looks like for this system. Note that you will not be able…

A: From the given root locus curves the correct curves are (b) and (c) in which root locus curve breaks…

Q: (c) Plot the Bode magnitude and phase for the following transfer function and determine the…

Q: Which of the following is obtained by plotting the complex values in polar form? O Root Locus Bode…

A: Which of the following is obtained by plotting the complex values in polar form? a.Root locus b.Bode…

Q: Electronic In the circuit in the figure, Rs = 3.8 kΩ, R1 = 82 kΩ, R2 = 22 kΩ, RC = 5.6 kΩ, RE = 1.5…

Q: Q1: Plot the Bode for the following system using the Analytical method on semi-log paper. (s + 1)(s…

Q: Question 4 For RLC circuit that has Q-factor of 4.5 and inductor reactance of 22.5 Ohm, the value of…

A: We have to calculate the value of Resister if Q and Inductor Reactance is given i. e. 4.5 and 22.5…

Q: G(S) =100(s+10)/s(s+5)(s+20) 3. Construct the bode Plot of the system using the semilog paper…

A: Obtain the sinusoidal transfer function Gjω by replacing s with jω. Gjω=100jω+10jωjω+5jω+20 Obtain…

Concept explainers

Thermistors

A thermistor is a special type of resistor whose resistance is more temperature-dependent than standard resistors. The resistance of the thermistor decreases with increasing temperature. This is the basic principle of thermistors. This allows the thermistor circuit to detect very small temperature changes that cannot be observed with the Resistance temperature detectors (RTDs) or the thermocouples. Since the resistance of a thermistor is temperature dependent, it can be connected to an electrical circuit to measure body temperature. This high sensitivity to temperature changes makes thermistors very useful for accurately controlling and calibrating temperature measurements. In general, resistance increases with increasing temperature in most metals, but thermistors react negatively.

Question

instrumentation and control systems

10
Q3-for the system G(s)
S(S+1)(0.02S+1)
1. Draw bode plots.
2. Is the system stable or not.
3. Find G.M, Ph.M.

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

Step 2

Step 3

Step 4

Step 5

Step 6

Step by step

Solved in 6 steps with 6 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, electrical-engineering and related others by exploring similar questions and additional content below.

Similar questions

21) Looking at the following circuit, select the correct Transfer fucntion. Please recognize that the answers are expressed in rectangular coordinates and not in magnitude, making this an easy problem. 21). ww w For the circuit in the given figure, assume L = 0.5 H and R= 200 kohm. ele O Vout (jw) Vin (jw) 200 k Vin R Vout –200 k+jw0.5 Vout (jw) ju0.5 200 k- jw0.5 Vin (jw) O Vout (ju) Vin (jw) - jw0.5 200 k– jw0.5 Vout (jw) 200 k Vin (jw) 200 k+jw0.5
Find the Q of a circuit when the resonant frequency is 4.468 MHz, the inductance is 47 micro henrys and the resistance is 180 ohms in parallel
Calculate the voltage gain of the following circuit. Assume that the capacitors are very large and λ = 0. Calculate the voltage gain of the circuit shown in the figure. Assume that the capacities are very large and λ = 0. Circuit parameters Rsig = 8 k2, RG = 28 k2, Rs = 400 02, RL = 6 k2, gm = 0.07 S VDD O a. 0.64 O b. 0.90 O c. 0.75 O d. 0.71 Oe. 0.37 O f. 1 O g. 0.79 Oh. 0.97 R sig W C₁ HH RG M₁ C₂ w Rs HH WI 20 Vout
Find the Fowriek transferen of the fallowing XCE) = Sinwit %3D
For the Paralle RLC Circuit with Fo=8MH, BW=970 Hz and R=203 ohm Find the Values of Quality factor inductance, Capacitance, W1, and W2 o 11:05
In the circuit in the figure, Rs = 3.8 kohm, R₁ = 82 kohm, R₂ = 22 Kohm, Rc = 5.6 Kohm, RE = 1.5 k and R₁ = 3.3 k and B = 150. Since the capacitances are C1 = 0.5 µF and C2 = 0.8 µF, what is the low cutoff frequency of the given circuit? NOTE-1: In the middle band frequency, B = 150 will be taken and frequency dependence of B will not be taken into account. NOTE-2: The output impedance of the transistor will be neglected in ro calculations.
The current at resonance in a series R-L-C circuit is 0.12mA. The circuit has an induc- tance of 0.05 H and the supply voltage is 24 mV at a frequency of 40 kHz. Determine (a) the circuit resistance and (b) the circuit capacitance.
A resistance of 10 Q and a capacitance of 100 µF is connected in series to the parallel combination of a 20-2 resistor and a 15-mH inductor. The circuit is energized by a 120 Vac, variable frequency supply. Derive the formula for resonant frequency and use it to find the resonant frequency.
A resistor of resistance R=1000 2 is maintained at 17 °C and it shunted by 100 µH inductor. Determine the rms noise voltage across the inductor over a frequency bandwidth of: i) 15.9 kHz Ans: 182 x10-⁹ volt Ans: 9.22 x10-8 volt 11) 159 kHz iii) 1590 kHz Ans: 2.34 x10-6 volt
Consider the following frequency selective circuit. At what frequency, in hertz, will the magnitude of H(jw) equal zero? Given R = 22 , L = 250 mH, C = 10 mF. L C R Vo
A resistance of 100 and a capacitance of 100 µF is connected in series to the parallel combination of a 20-0 resistor and a 15-mH inductor. The circuit is energized by a 120 Vac, variable frequency supply. Derive the formula for resonant frequency and use it to find the resonant frequency.
Q9 Given that you have found the following transfer function for a circuit, H(jw), what is the magnitude at very high frequencies? (If your answer contains w, you may simply type "w" instead.) J (jw): 0 jwRC (1-w²LC)+jwRC Save Answer Las 010 Given that you have found the following transfer function for a circuit, H(jw), what is the phase (in radians) at very low frequencies? (If you answer contains π, you may simply type "pi" instead) pi/2-tan^-1(wRC/(1-(w^2)*LC) Save Answer Lá